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An average pore growth rate of 100 ± 35 nm/min was determined for this condition.
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Average pore diameters were found to increase with increasing etching potential, changing from a mixture of micro- and mesopores to predominately square macropores once oxide growth commences.
In employing a sophisticated method by applying an external magnetic field of 8 T perpendicular to the sample surface during the anodization process, an average pore diameter of 35 nm with very low dendritic growth (side-pore length below 10 nm) could be achieved[5].
In addition, cross-linking collagen biomaterials greatly reduces the average pore size, delaying vascularization of the biomaterial and the tissue in-growth necessary for complete healing [18].
The average pore diameter of the scaffolds was measured from SEM images (n = 5).
Pore size distribution was computed using the adsorption branch of the isotherm by the NLDFT method, showing an average pore size of 1.3 nm in Fig. 2d.
Whereas the average pore width decreased by 3.16%.
After modification, surface area, pore volume decreased while average pore diameter increased to some extent.
SANS revealed a unimodal size distribution of pores, with an average pore diameter of 2.0 nm.
Obtained silica layer had well developed pore structure with average pore size of 10 nm.
The average porosity was 70.5 ± 0.8%, and the average pore size was 465 μm.
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